INSTRUCTOR (LEC): Said Pazirandeh WEBSITE: www.profpaz.com E-MAIL: paziras@lamission.edu
INSTRUCTOR (Lab): Anjum Qureshi E-MAIL: quresham@lamission.edu
OFFICE PHONE: (818)364-7705
OFFICE: CMS 242
OFFICE HOURS: MW 9:00-10:00 AM
W 2:00-3:00 PM
F 11:00-1:30 PM
OFFICE PHONE: (818)364-7600 X-4315
OFFICE: CMS-237
OFFICE HOURS: TBA
CLASS Chem 51 is an introductory class in general chemistry and is designed for students in the DESCRIPTION: following majors: Nursing, Allied Health Sciences; Dietetics, Physical Therapy, Food Science & Environmental & Occupational Health. This course may also be taken to satisfy the Physical Science requirement for General Education. Chemistry 51 at LA Mission College is equivalent to Chemistry 103 or Chemistry 105 at CSUN.
PREREQUISITE: Mathematics 115 (Elementary Algebra) or 123B (Elementary and Intermediate Algebra II) with a grade of "C" or better, or appropriate Math placement results.
REQUIRED - Textbook: "General, Organic, and Biological Chemistry", by Timberlake, Custom Published MATERIALS: for LAMC. (ISBN: 978-1-323-87902-3)
  • A copy of the textbook is available on Reserve in the Library.
  • Lab Manual: No lab manual required for this class. Laboratory experiment directions are available on class website at www.profpaz.com.
  • Lab Notebook: This is a quadrille paper, hard cover "Comp Book", available in the L.A.Mission College Bookstore and in the C.S.U.N. Bookstore. You must have the Laboratory Notebook by the second class meeting. You are required to report all laboratory work in your Laboratory Notebook (See Appendix II for the proper use of the Laboratory Notebook)During the Laboratory Activities you are not permitted to take notes on any kind of loose paper or any notebook, other than the Laboratory Notebook. You may not perform an experiment if you do not have your Laboratory Notebook with you.
  • Periodic Table of Elements: This is available in the LAMC bookstore and on my website. You must have one Periodic Table with you during all class sessions.
  • Scientific Calculator: Need not to be an expensive type, but it must perform the following operations: Multiplication, Division, Addition, Subtraction, square root, , and log.You are required to have your calculator with you during all class sessions (both lectures and labs).
  • Safety Goggles: Unless specifically instructed otherwise by your instructor, you must wear safety goggles during laboratory work. Safety goggles are available for purchase in the LAMC Bookstore. You are required to have your safety goggles by the second class session. You may keep your goggles locked in your laboratory locker.
  • Failure to wear goggles when directed by the instructor is grounds for dismissal from the laboratory.
  • Notebook: A 3-ring binder is recommended for keeping class notes organized.
STUDENT 1. Conceptualize, model and explain chemical processes qualitatively at the molecular level.
LEARNING
OUTCOMES:
2. Extract appropriate information, analyze and synthesize experimental results to reach correct conclusions.
3. Perform laboratory techniques safely and accurately and maintain a laboratory notebook according to standard scientific guidelines.
ATTENDANCE: - CHEMISTRY IS A DEMANDING SUBJECT!
  • YOU CANNOT AFFORD TO BE ABSENT IF YOU WISH TO DO WELL IN THIS COURSE.
  • THERE IS NO MAKE-UP FOR MISSED LABORATORY WORK.
  • College regulations state that a student may be excluded from a course following accumulation absences equal to a week of course work.
COURSE Your final grade in class is composed of the following:

EVALUTATION:

Assignment Percentage
Quizzes
Exit Tickets
Exams (3)
Final Exam
Lab Exams (2)
Lab Reports
Total
GRADING The final grades cutoffs are as follows:
SCALE:
A
B
C
D
F Below
NOTES: - No make up exams are given for students being absent on the day of the exam.
  • If serious and compelling reasons prevent the student from being present on the day of one of the exam, the instructor should be informed IN ADVANCE for possible arrangements.
  • Maximum of one make-up exam and one make-up quiz per semester is allowed.

LABORATORY WORK

  • During laboratory work two students will share the contents of the same laboratory locker.
  • Both students are jointly responsible for the contents of their shared locker.
  • The majority (not all) of the experiments are performed in pairs.
  • For every experiment, each student,
  1. will take active part in the work,
  2. report his/her data individually,
  3. do his/her own calculations,
  4. turn in an individual lab report for grading purposes and
  5. will be assigned an individual grade for every activity.
  • Laboratory Reports are due one week after the class period in which the experiments have been performed (this is to allow working students to meet the deadline).
  • Late reports are subject to a penalty of per week.
  • Once the instructor has returned the graded lab reports to the class, lab reports for that particular experiment are no longer accepted for grading.
  • In order to work efficiently and meet the required deadline for turning in the lab reports, you must come to the laboratory well prepared.
  • This means:
  1. Read carefully (several times, if needed) the Experiment you will perform (both Principles and Procedure) prior to coming to the lab.
  2. Think about what will be doing and plan ahead.
  3. Prepare your Laboratory Notebook in advance (Purpose of the Experiment and the appropriate Data Tables may be prepared in your Laboratory Notebook in advance).

THERE IS NO MAKE-UP LABORATORY WORK

INSTRUCTIONS FOR LABORATORY NOTEBOOK

  • Each student must have a quadrille ruled, sewn Laboratory Notebook in which to record data and observations, do calculations, and analyze results of the lab work.
  • The Lab Notebook must be brought with you to every lab session and all data and observations must be recorded directly into the Notebook (nowhere else) and in ink (no pencil). Laboratory records are legal documents in industry and research. They are required to support patent applications or to resolve disputes or originality of research .
  • You will write only on the right hand pages. The left-hand pages are reserved for calculations and notes that do not belong on the right hand page.
  • Begin with a TITLE PAGE State the course, section number, semester, the instructor's name, your name and your locker number.
  • The second page is an INDEX. As you do each experiment, list it by title and enter the numbers of the pages containing text for it. Leave a second page for continuation of the Index. At the bottom of the second index page, give the complete bibliographic information for the laboratory text used. (Title, author, publisher, date.) When you do this you can cite a reference simply by "Text"; otherwise you must cite the complete reference each time.
  • The remainder of the right-hand pages in the Notebook should be numbered sequentially in the upper right corner of the page.
The FORMAT of the pages for each lab experiment is as follows:
TITLE: Here you enter the title of experiment.
PURPOSE: Write a short statement (one or two sentences, in your own words) of the purpose or the goal of the experiment.
PROCEDURE: Cite a reference to the appropriate text(s). Any changes made by the instructor may be noted on the left-hand side of the page.
DATA/OBSERVATIONS:
Prepare a data table in which you will record the measurements you make in the lab. The lab Report Form often will provide a good format, but it is wise to check with the instructor about the amount of space to be allowed when observations, rather than measurements, are to be recorded.
Be careful to indicate units wherever appropriate.
RESULTS: This presents, in table form, the final answers to any required calculations. All work (i.e., set-ups for all calculations) must be shown on the left-hand page.
CONCLUSIONS: Essentially, your conclusions should answer the Purpose or the Goal of the Experiment. Write a few words of conclusion, indicating any experimental errors and their effects on your results. Also state whether or not you achieved the purpose of the experiment.
  • As you work, enter your Data/Observations in ink. If you make an error or repeat an exercise, DO NOT ERASE ANYTHING. You may draw a line through the offending information and then enter the new value (It may be necessary to do this on the left-hand page, if there is no room on the right-hand page.)
  • If the entire page is in error, simply draw a diagonal line through the page and fold the page in half vertically.
  • NEVER, NEVER, TEAR OUT A PAGE (other pages will fall out as well).
  • BE PREPARED TO SHOW YOUR NOTEBOOK TO YOUR INSTRUCTOR AT ANY TIME!
  • Additional Information about the proper usage of the Laboratory Notebook is found in Appendix II of the Laboratory Manual used for this course ("Everyday Chemistry" by Maria Fenyes, Los Angeles Mission College, Fall 96)
TENTATIVE LECTURE SCHEDULE
Week Date Chapter Lecture Topic Text Reference
1 Aug 26 1
Introduction to class
Scientific Method; Key Math Concepts
-----
1.2-1.4
Aug 28
1
2
Scientific Notation
SI Units; Significant Figures
1.5
2.1-2.3
2 Sep 2 ------- Labor Day (College closed) -------
Sep 4
Sep 8
2
Unit Conversions; Density
Last day to drop without a "W"(online only)
2.4-2.7
3 Sep 9 3 Classification of Matter; Energy & Heat 3.1-3.6
Sep 11 3 Changes of State; Review for Test 1 3.7
4 Sep 16 ------ Test 1 (Chapters 1-3) ------
Sep 18 4 Periodic Table; Atomic Theory 4.1-4.3
5 Sep 23 4 Atomic Structure; Isotopes; Modern Atomic Theory 4.4-4.5
Sep 25 4 Electron Configuration; Periodic Trends 4.7-4.8
6 Sep 30 6 Ionic Compounds - Naming and Writing Formulas 6.1-6.3
Oct 2 6 Covalent Compounds - Naming and Writing Formulas 6.4-6.5
7 Oct 7 6 Molecular Shapes & Polarity 6.6-6.8
Oct 9 ---- Review for Test 2 -----
8 Oct 14 ------ Test 2 (Chapters 4 & 6) ------
Oct 16 7 Types of Chemical Reactions/Balancing Equations 7.1-7.2
9 Oct 21 7 Redox Reactions; Concept of Mole 7.3-7.5
Oct 23 7 Calculations involving mole concept 7.6-7.7
10 Oct 28 7 Stoichiometry; Limiting Reactants / Percent Yield 7.8-7.9
Oct 30 7 Energy and Chemical Reactions 7.10
11 Nov 4 ----- Review for Test 3 ------
Nov 6 ------ Test 3 (Chapters 7) ------
12 Nov 11 ----- Veteran's Day (College closed) ------
Nov 13
Nov 17
9 Solutions and Solubility 9.1-9.3
13 Nov 18 9 Net Ionic Equations Notes
Nov 20 9 Solution Concentrations & Properties 9.4-9.6
14 Nov 25 11 Acids & Bases; Ionization of Water 11.1-11.5
Nov 26 11 pH Calculations; Reactions of Acids & Bases; Buffers 11.6-11.8
15 Dec 2 8 Gases and Their Properties; Gas Laws 8.1-8.5
Dec 4 8 Gases in Chemical Reactions; Gas Mixtures 8.6-8.8
16
Dec 9
(10-12)
------ Final Exam (Chapters 8, 9 & 11) ------
LABORATORY SCHEDULE
Week Date Exp. # Activity Points
1 Aug 26 ---- Introduction to Lab; Safety Video; Check-In ----
Aug 28 ---- Check-in; Safety Contract & Test Due ----
2 Sep 2 ----- Labor Day (College closed) ----
Sep 4 1 Measurements 10
3 Sep 9 3 Qualitative Separation of a Mixture 10
Sep 11 4 Quantitative Separation of a Mixture 10
4 Sep 16 ---- Complete Experiments 3 and 4 -----
Sep 18 2 Density 10
5 Sep 23 6 Specific Heat of a Metal 10
Sep 25 ---- Complete Exp 2 & 6 -----
6 Sep 30 H/O Nomenclature Worksheet 10
Oct 2 H/O Lewis Sructures 10
7 Oct 7 ----- Lab Exam I (Exp 1-4) ----
Oct 9 H/O Molecular Shape & Polarities 10
8 Oct 14 H/O Writing & Balancing Equations 10
Oct 16 10 Combination & Decomposition Reactions 20
9 Oct 21 11 Single Replacement Reactions 10
Oct 23 12 Double Replacement Reactions 10
10 Oct 28 9 Percentage of Copper in Malachite 10
Oct 30 ------ Percentage of Copper in Malachite (cont'd) -----
11 Nov 4 13 Table Salt from Baking Soda 10
Nov 6 ----- Table Salt from Baking Soda (cont'd) -----
12 Nov 11 ----- Veteran's Day (College closed) -----
Nov 13 ----- TBD ------
13 Nov 18 H/O Net Ionic Equations 10
Nov 20 H/O Elecrolytes & Nonelectrolytes 10
14 Nov 25 H/O Properties of Acids & Bases 10
Nov 26 H/O Charles's Law 10
15 Dec 2 ---- Check-out -----
Dec 4 ----- Lab Final Exam (Exp remainder of experiments) (You may use your lab notebook) -----